*Blood system*4*9*1*

#164

*!THE MEDULLA OF THE LYMPH NODE CONSISTS OF

*capsules

*+trabeculae

*+brain cord

*+cerebral sinuses

*lymphatic nodules

*macrovesicular sinuses

*paracorical zone

#165

*!PART OF BRAIN CORD LYMPHATIC NODES INCLUDES

*T-lymphocytes

*+plasma cells

*B- lymphocytes

*T-lymphoblasts

*B-lymphoblasts

*Interdigitated cells

#166

*!В СОСТАВ ГЕМАТОТИМУСНОГО БАРЬЕРА ВХОДЯТ

*адипоциты

*фиброциты

*+макрофаги

*фибробласты

*Т-лимфоциты

*+эндотелиоцитыкапилляров

*+эпителиоретикулярные клетки

*!PART OF HEMATOTHYMUS BARRIER INCLUDED

*adipocytes

*fibroblasts

*+macrophages

*fibroblasts

*T-lymphocytes

*+capillary endotheliocytes

*+epithelioreticular cells

#167

*!AGE INVOLUTION OF THE THYMUS IS CHARACTERIZED BY

*+development of adipose tissue

*growth in the number of macrophages

*a large number of Kassal’s body

*the increase in the number of T-lymphocytes

*+the decreasement number of T lymphocytes

* the increase in the number of T-lymphoblasts

#168

*!THE COMPOSITION OF THE LYMPHOID FOLLICLE OF WHITE PULP OF SPLEEN CONSISTS OF

*monocytes

*platelets

*red blood cells

*+macrophages

*granulocytes

*+B-lymphocytes

*+T-lymphocytes

#169

*!THE RED PULP OF THE SPLEEN CONSISTS OF

*adipocytes

*+macrophages

*dendritic cells

*Interdigitated cells

*+the old form of platelets

*fenestrated capillaries

*+damaged and old red blood cells

#170

THE COMPOSITION OF THE CORTICAL SUBSTANCE OF A LYMPH NODE CONSISTS OF

*plasma cells

*T-lymphocytes

*+B-lymphocytes

*cerebral sinuses

*+dendritic cells

*+reticular cells

*Interdigitated cells

#171

*!THE COMPOSITION OF THE PARACORTICAL ZONE OF THE LYMPH NODE CONSISTS OF

*plasma cells

*B - lymphocytes

*+T-lymphocytes

*T - lymphoblasts

*dendritic cells

*+reticular cells

*+interdigitale cells

#172

*! THE COMPOSITION OF THE MEDULLA OF THE LYMPH NODE CONSISTS OF

*T-lymphocytes

*Lymphoblasts

*dendritic cells

*+reticular cells

*+"the coast macrophages"

*B-lymphocytes and plasma cells

*Interdigitated cells

*Endocrine system*1*28*3

#173

*!With which regulatory system endocrine system occupy his functions

*digestive

*respiratory

*+nervous

*cardiovascular

*urinary

#174

*!Hormones that affect the function of cells adenohypophisar

*mineralocorticoids and glucocorticoids

*+liberina, statins

*vasopressin, oxytocin

*androgens, estrogens

*serotonin, melatonin

#175

*!Adenocytes, comprising about 60% of all cells of the anterior pituitary

*somatotropic

*corticotropic

*mammotrophic

*+chromophobic endocrinocytes

*gonadotropic

#176

Cells of the anterior pituitary are relatively small, poorly colored and do not contain distinct secretory granules

*somatotropic

*mammotrophic

*+chromophobic endocrinocytes

*adrenocorticotropic

*gonadotropic

#177

*!Cells of the anterior pituitary that produce adrenocorticotropic hormone

*mammotropocytes

*somatotropocytes

*gonadotropocytes

*tiotropocytes

*+corticotrocytes

#178

*!For a basophilic adenocytes of pituitary typical

*large oxyphilic granules

*the secretion of prolactin

*+basophilic granules

*no granules

*the excretion of growth hormone

#179

*!Gonadotropocytes of the pituitary gland characterized by

*+eccentric location of the nucleus

*the presence of large oxyphilic granules

*the lack of granules

*allocation tireotroponogo hormone

*the prevalence of other cells of the anterior pituitary

#180

*!Pituitary containing cumulative Herring’s body

*anterior

*intermediate

*+posterior

*tubercular part

*all the shares

#181

*! Structural and functional unit of which endocrine gland is the follicle?

*parathyroid

*the pineal gland

*adrenal gland

*the pituitary gland

*+thyroid

#182

*!What cells of the thyroid gland produce calcitonin?

*+parafollicular cells

*in thyrocytes

*epithelial cells of interfollicular islets

*fat cells interfollicular connective tissue

* fibroblasts of interfollicular connective tissue

#183

*!The structure of the adrenal gland, endocrinocytes of which synthesize aldosterone

*+glomerular zone

*podkapsuliarnaya zone

*sudanophobic layer

*fascicular zone

*reticular zone

#184

*!The structure of the adrenal gland, epithelial strands of which branch out and form a loose reticulum

*+reticular zone

*glomerular zone

*subcapsular zone

*sudanophobic layer

*fascicular zone

#185

*!Sinusoids of the vascular system of the adrenal glands are located in

*subcapsular zone

*glomerular zone

*sudanophobic layer

*fascicular zone

*+the medulla

#186

*! Pheochromocytes of the adrenal gland are located in

*area

*glomerular zone

*+the medulla

*sudanophobic layer

*fascicular zone

#187

*! Acidophilic endocrinocytes of parathyroid glands are differentiated by

*+great number of large mitochondria

*well-developed granular endoplasmic reticulum

*basophilic cytoplasm

*the presence of a large number of secretory granules with the size up to 400 nm

*well developed Golgi apparatus

#188

*!Dark chief cells of parathyroid glands are differentiated by

*+the synthesis and secretion of the parathyroid hormone

*intensely stained by acidic dyes

*the lack of secretory granules

*big amount of large mitochondria

*weak development of the granular endoplasmic reticulum

#189

*!The parathyroid oxyphil cells are characterized by

*presence of large basophilic granules

*the lack of granules

*+the presence of oxyphilic granules

*relatively small size

*the lack of mitochondria

#190

*!Cells of the anterior pituitary, which have irregular or angular shape, containing in the cytoplasm very small, intensely colored basophilic granules

*somatotropocytes

*gonadotropocytes

*+ thyrotropocytes

*mammotropocytes

*corticotropocytes

#191

*!Cells of the anterior pituitary which have an eccentrically located nucleus, well-developed macula and numerous basophilic granules

*Thyrotropocytes

*somatotropocytes

*+gonadotropocytes

*mammotropocytes

* adrenocorticotropocytes

#192

*!In the experiment a group of animals held castration. What adenocytes will respond to this surgery

*+gonadotropocytes

*somatotropocytes

*lactotropocytes

* pituicytes

*thyrotropocytes

#193

*!In the experiment a group of animals was held a thyroidectomy. What adenocytes will react to this operation

*gonadotropocytes

*lactotropocytes

*mammotropocytes

*+thyrotropocytes

*somatotropocytes

#194

*!The thyroid follicles are enlarged, thyrocytes are flat. What functional state corresponds to such a picture

*+hypofunction

*hyperfunction

*the phase of the biosynthesis of thyroglobulin

*excretion phase of thyroglobulin into the cavity of the follicle

*the phase of elimination of hormones into the blood

#195

*!Cells of the thyroid gland, occurring in interfollicular connective tissue or in the wall of the follicles, the secretory granules of which find out strong osmiofilie and argyrophilie

* thyrocytes

*+the parafollicular endocrinocytes

*tissue basophils

*macrophages

*fibroblasts

#196

*!Sections of the thyroid gland are investigated after the injection of radioactive iodine. What cells will be identified in sections

*in adipocytes

*fibroblasts

*parafollicular cells

*macrophages

*+thyrocytes

#197

*!Part of the adrenal gland composed of bundles of epithelial cells containing cholesterol, lipid droplets and granules of vitamin C

*glomerular zone

*+fascicular zone

*layer of low specialized sudanophobic cells

*reticular zone

*the medulla

#198

*!Part of the adrenal gland, in which strands of epithelial cells form structures such as glomerulus

*fascicular zone

* layer of low specialized sudanophobic cells

*reticular zone

*+glomerular zone

*the medulla

#199

*!The zone of the adrenal gland, in which are located poor in lipid inclusions cells, that produce sex hormones

*glomerular zone

*fascicular zone

* layer of low specialized sudanophobic cells

*+reticular zone

*the medulla

#200

*!Cells of the central part of the lobules of pineal gland, which have well-developed organelles and the processes contacting with capillaries

*gliocytes

*+pinealocytes

*tissue basophils

*macrophages

*fibroblasts